Arabica coffee reference genome is sequenced with the participation of Brazilian researchers

게시됨 2024년 4월 19일

Tridge 요약

A collaborative study by researchers from Embrapa Café and the Café Research Consortium, published in Nature Genetics, has achieved the most detailed genetic mapping of Coffea arabica to date, offering new insights into its genome, diversification history, and traits like disease resistance and drought tolerance. This research not only sheds light on the evolutionary origins of Arabica coffee, suggesting it began between 10,000 and 1 million years ago with a significant bottleneck around 610 thousand years ago, but also challenges previous beliefs about the geographic origins of coffee cultivation. Contrary to the idea that coffee was first cultivated in Ethiopia, findings indicate a split between wild and cultivated varieties across the Great Rift Valley, proposing an initial cultivation region between Ethiopia and Yemen. This groundbreaking work has practical applications in improving Brazilian coffee farming through technology for certification and traceability, and redefines our understanding of coffee's history and genetic development.
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원본 콘텐츠

Three researchers are from Embrapa Café and another eight from institutions that make up the Café Research Consortium, of which Embrapa is the coordinator. Scientific article published on the 15th in Nature Genetics, a high-impact scientific journal, presents unprecedented information regarding the genome and population genomics of this species, which reveals the history of diversification of currently planted cultivars. Researcher Alan Andrad, from Embrapa Café, explains that the group of scientists, of which he is part, carried out a complete structural genetic mapping of Coffea arabica, with the highest quality achieved to date. “With this we arrived at what we call a reference genome. In 2004, we were pioneers here in Brazil in the functional sequencing of the Arabica species genome. Now, with the structural, we begin to know the order of the genes within the DNA sequences and the intergenic regions that make up the genome, which is not possible to see in functional ...

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